The battery boom is creating a second problem: what happens when billions of batteries eventually reach the end of their useful lives.
1. Demand Is Exploding
EVs and battery storage already account for roughly 90% of today’s lithium-ion battery market. Global deployment of lithium-ion batteries increased more than sixfold between 2020 and 2025. (IEA)
2. EV Batteries Don’t Simply Become Trash
A battery that is no longer strong enough for a car can still have useful capacity. Companies are increasingly testing retired EV batteries for stationary storage, where weight and range matter much less.
3. Recycling Is Becoming a Major Industry
Recycling can recover valuable lithium, nickel and cobalt rather than requiring all-new mining. The IEA estimates battery recycling could eventually supply 20% to 30% of lithium, nickel and cobalt demand by 2050, depending heavily on collection rates. (IEA)
4. China Is Already Far Ahead
China has built more than 85% of the world’s battery-recycling capacity and is requiring stronger tracking and recovery of retired batteries. The U.S. and Europe are pursuing different approaches, including giving batteries a second life before recycling them. (Rest of World)
5. Batteries Are Coming From More Than Cars
Grid-scale batteries, home energy-storage systems, phones, laptops and power tools are all adding to the future recycling challenge. Battery storage is expanding particularly quickly as electricity demand rises from data centers and electrification. (Reuters)
6. The Waste Problem Is Also a Supply Opportunity
Recovered battery materials can become raw material for new batteries. The IEA says innovation in battery circularity is accelerating, with new technologies focused on collection, dismantling and recovering valuable materials. (IEA)
